SCIENTIFIC ABSTRACT KOBLENTS, Y.G. - KOBLIKOV, V.N.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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IODBUINTS, Y&*O* Xqdvalent o1roult for separating bridges of 10-terwinal stop-trwatep automatic telephone orstems, Blektroavlast 10 no.W74-76 Ac 156. (Telephone. Autonatio) W" 9$O MUM Ifil lay. .Ww~- Un-ster additionsi group selootors for eutomstio. tel"how *Qulpsont (Ddt-VOI). Testosviasl 16 ao~10:5-7 0 056. INIU loslo) 1. Stershir Insheser Ismah4o-lesUdovatellskogo Instituta prodaker I sellskoy Islet6way Mast kirAstentya Masi. ~ (Tolephos*, Autmatle) A"ItIonal tow select*" for automatic spenhone equipment (1*1461)! Testarlast 16 so.10:5-7 0 156.-tinA 20:20) 1. starshir Insheser Savabso-Isel*davatol'skogo Institute gorobkoy I sallskoy ovyall. (Telephone, Automatio) ZODUUNS Takoy 41OXMICTI o starsur losh*o*rl OOWITSOT. I.Teop otistst"s. AAA& . redaktor; MMUTMU, L#Sbo tokhoichashy radaktore COontactlems dowtoos for telephono ;om=tattoo I BeskontskUW* sposoby tolofounol komatatell# Moskva$ 0040154-vo It%-ry p0 Vopromm ITt"I I radio, 1957. 117 P. 1023) 20 NIZIS (for K*Uontq) A Pon x moox murfArm 940 'Moscow. Nauchno-issledovatel'sidy institut sorodakoy I sol'skoy telefounoy evyazi No" raboty v oblasti 'provodvoy svpsl; InfoniqitslooW sbornik (Im Work# in the Field of Wire Comotudeationj Collection of Information) Moscow,, Srfulizdato 119571 85 p. (TekbnIks, avyazi) 10,,500 Miss printeL Resp. Zd,: Golulotsov, 1je.1 Mot logadbovap G.V,; Tech. Zd.: Obefer, 0o1. PUR?Osz: This brochure to addressed to speclaUsts interested In recent develop- ments in the field of wire oommIcatIon, COMM: The monograph Is a collection of five articles written by moubwo of the staff of NIM- -Nmahno-Issledavatel #sMy Institut gorodskoy I sel's1toy tole- fonnoy svyaxi (Scientific Research Institute of Man and Raral Telephone Commiraications) of Us Ministry of Conamications of the UM. fts arti*;As disews nwi, contactless devices for telephone switching and tr1ods transistor aq"fters for use in Ulaphond networks. 2hey conduct calculations for optimal dimensions of A-1 coils with a t*roi&a core amd offer ratumlas and a nomogram for quick calculation of the operating phase constant of complex cir- cultso which can be represented In the form of cascaded,, relatively simple four-pole networks. Card 1/5 Nev Works In the Field of Wire coarmlestjon (coot.) 940 There am 20 references, Of wMch 16 R" Soviet (Including 4 trawlations), 3 Raslish, and I German. Thd MfOr"GO appear at the and of each article. TABLE OF COMMI Preface 1- )Mlftts Ya 0. and Yokoveako,, D#A# ftntactless 7*rrOresonswo Devices discusses OxYQrljmmtal "search and new de"Jopa"ts in contactleas automatic telopbon* switching de"ces and re"ws the defects Of earlier contwtless far sonanas drvicies, AN has developed now contaotiess forroresonanoe dmftcgg in which attempts were AIMS to 014MI"Ate these defootso The autbors discuss the baste fOrrOresonance circuit and thOtffect of harmonic current &A vo-Itap components on Voltass gradient. some of the merits of these devices eftsist in their higb-opeed operation, man also, bj&% Voltage gradlentp very ions service life,, SM4 the fact that cheap semlPrOftcts can be Used In their fabrjagtion,, thus making then much cheaper than similar -devices based on Yscuum tubes or transistors, They lit" the dimadvamtage of requiring a hi&%.fr*qu"cy s-c power Supply, they an dependent,= gupply-eurrent frequmay, d b." rslatl"ly blat energy consumption. Card 2/5 ---ftw4w jVVmwm I 71rw end often a motbod cal"UtIng Mimimme vol=e (for a given qfactcr and inductmQ'SY Of 9'00il V1W lb*n-tM Md torOIW cores, As the basis -for their calculatlosim. tbom authors as ~ m 4 a constant ratio of the Irm and outer,ftlldjmj~, 'fte artJOU discus" the follming "Ifte *asse of UA probba: the principle of calculating induction *o1l Q-ftetors OmInUslou %y Us USA*' ftow m*tW of optiaml. ratio of dimensions of shelIAM ecres for wafto-Trapasaiss; calmUtion of Us OPtima ratio Of dinfislOSW.Ot tOMIW OOMS for =40 fmVenalsol UStW Or G&1ft1WiM tb* 4-ftetftof &I collp ta3dal Into aammt vinding hysteresis 4d*G"t ad Initta losseso Examples of th*86 Calcul&- tions, we Siveno 001 f1montso Z.Y&. Varrow-band (Imarts' Filters for the I to 10 No Ranip 65 X.1 has devel*d Sarrm-40d ~ quartz filters for tbos 1 to 10 me ramp for cable wiltiple3dage Me" filters an Aood*d for *eye- ra" Aft ourrests of +2w 'afttrol, frequencies iddah actuate the autowtie level ocatrolp and the currents of the group converter caiTter frequmnaies. Pormulas. are given for desiming the filter eleamtep the ads"S 4, 44 tv oft1cuutim circuit puwwters This mthod. of d4slodAWflitere W bow tested experimientalls. Card 14/5 W&A ==I, 1fft*G&; TAIMMo DeAs . MWOOMMUfta Single ayol* switching diagram vitb an IntorvAdiste LO circuit using ferrites with a reotrqp2lap hysUrosis loop. 21ektrosviss, 11 40,111101-112 1 057 (MIDA 20:12) ~(Tolvoons, -Automatic) Dewription of a contacUen magnetic xultddag element danloped tly the authwa, intended for autcustic eonuvl *quipient In autautio tolooww stattom and for long-distance apparatusi exAoying ferrites and mdtable for mirdaturlution, UsImIs PAnOnIK;y, revanlymdok., OMMMMO A010,60 OW9141"MW red.9 AMOMMOs S.D., retUl XAMIO Ts,14g IsIft, CIMOMMA switchift MA Oust"140 Alal offlool lkskostamus" 'bonlk laormtelomVI 11 , x6ang (too, Isdo" 1114-ry po Vopft"m witud I radio, 1958, 263 lm* (Talephosso Atttomtlo) (XDA Ut7) 90) AUTHORS i labkint.L. I.0 CAA41dat*,Ot Technical Sciences, Bps leyno D. 3h.0 TIM: Ferrite* ith a Rectangular Hysteresis Loop (r*rrlt.T a pryalso"8011ROY Petior glotersalea) FnIODICALt 11ektrIcbestvoo 1958g Nr it, pp 59-68 (USSR) ABSTRACT: This Is a suryty-of the ;a4thod of production, of the principal parameters and tharecterfatics of eon* domestic territes with a rectangular hysteresis loops and of their applications ' in industry* This survey also takes Into account the develop- sent abroad* Concerning the method of production it to &soused that the principal feature Is not the maintenance of the meta- atable ferrite structurog but a prevention of manganese oxi- dation* This can be achieved by annealing in a protective atmosphere or in air vith subsequent rapid ooolings The require- Wto placed Upon the magnetic parameters of torritoe are listed, The principal parameters of some territes developed in the Nauahno-Iseledovatoll SUy IMBUtat loro4skoy I sellskoy te-lefonnoy svyasi (Scientific Research Institute of 'Card 112 Municipal and Rural Telephone Communications) with a r*ctangul&r BOV/106-59-s-10/12 AUTHORs lablints. T&A. TITLIt The Construotion and Analysis of SinSle-Cycle Magnetic Logical and Triggering Ca~utating Circuits (Postroyaniy# I analls odnotsktnykh awguitafth logicheskikh I triggernykh kompatitsionnykh vkhes) PERIODICALslUktroevyouts 1959t Nr 3# pp, 73-81 (USSR) ABSTRACTt A number of kinds of magnetic I Sical and trigg*r cirouits have been developed (R r 6 and 7). These tend : to be rather complicated and use up to six cores. PIS I shows the basic circuit using a pair of magnetic cores having a square-loop hysteresis -eboracteriatice each ' core has two :input windings and 'the output win4ings are connoct*4 in pairs# In seri*sq such that each total -output is in antiphase, The duplicated input windings *noble the logical operation OR to be carried out very. easily, this in shown In FIS 2& and 26. 4a this made of operation either of tho pair of windings on one core is used in association vith Its appropriate output. "ore complicated operations are best analysed by the switehinS algebra which in described in Ref I and 2; ~Card 1/4 for examples all four inputwindingm may be used SOV/106-59-3-10/12 The Construction and Analysis of Singlo-Cyclo Magnetic LoSical and Triggering ComutatinS Circuits According to Eq (1) and (2) to sot up the losical connection NOT. in & similar fashion by interconnecting the input windings on each core and using Nq (3) an AND circuit can be made, A further possibility is to combine the output circuits while using all four Inputal this is equivalent to an anti-aoincidonce circuit and the corresponding equation is (4), By connecting an output back to sit Input as in Fig 4% a trigger circuit may be constructodl the characteristic equation at this connection is (5) and represents in recurrent form the dynamic operation of the triSWo This enables the atate of the trigger to be deduced from the condition of the trigger Auring the pr4codinS cycle. The circuit of ~FiS 4 has now three terminal oonnoctionst Triggoro Reset and Output* Table I shown the &tat* of the dovics:In successive instants of time. In Pit 5a the feedback is taken from each output winding in a symnstrical fashion, to the input and the opor^ti:n: diagram is Fig SS* Card 2/4 The characteristic formul*e r (6) and (7)o It tho BOY/106-59-3-20/12 The Construction and Analysis ot-single-Cycle magnetic and Triggering doim4tatinj .'Urcuits- Q.utput leads are counse.tod together these equations Ucome' (8).' All these stpmtions are in recurrent fare and enable-the.tabulor analysis to be aarriod:out, by feeding back'boih outputs :to the Input w4nd4n a an a single core'andusing tho input windings on the remining core an the driving termAnalsla very useful circuit to obtained which is suitable as a basic stage "A, binary -countorl the appr6priatto equations are (9) and (10). At the- output'leads are connected together before ,returning to a sinsle1oodback winding on one*cors an alternative circuit in obtained which is useful as a frequeney.dWdero Tablo 2 refers to both the circuits in rig 6a and 6S.' A counter of capacity 15 my be Go, d fron four-unAts of the type in fig 6&#' Recurrence formula for the separate outputs from the counter axle given in Nq (12) and the detailed operation Card 3/4 circuit in Table-3s There are 7 figuress 3 tables and _:AIIWX~~ tZ ACC Al AP601323 7 SOURCL-ODDRi-AM/041-3/66 t XI vulovla, Lt la A, t laws Te A Roblon to To G 1196k blr - . . . , OROS no" - M TITL9 'tb 9 I 1 atrix A0#0 00.. Ads - - -180630 lannowced bj # AUUJUSIrs 'I A m Lati an Sovnar OWER f tUlat zavod V811 LatViy kb okold- b R of U 2njd% 1 ii1_8 C tj r az~s UX1 ' ' 4P" 4 (Hau no-Isoladovatel skiy Institut gorodekty i sel skoy.telefonnoy svyaslj OURCEt Ixobretablyaq--p- - _41 annyye obrastoy tomn"s xnakto no, 8, 19660 31 !~oqys - ~ --T0PIC TAGSV storage deilcsf`~Gi*lt 0 core as wry ABSTUCTi 'An Au ,thor Oattiff"'to' ;-Us been issued for a matrix forrito diode-storage l device which' using a ro I -has the number of columns which corres voila to ay contro, the Informationo while thi.nuibir of rows is'dtterained by the code. In order to use the recording wires for &U-. thot cares of -one row,and to tombint then with the output-wIres of the rawg tbi Input of each mearding virs to connected through the 7"t tad controlling contact to the battery minus pobso while It* output to connee to-the . . actuating device- using - tha'controllad relay.- - to order to'comblas ..-the recording '12 windings wfththe output-lowtossi *One: vind-big# which to series with the docouplIDS -%M* diode is connected with th4-ratording vivo sit one and and with the *resding, wire at L C*td - - - - This Virmling set v-&U tho -tar" - BilOctlAg Cftt&ct vith tho battu7 pole on a" Ract-VIth the r"4188 Current sofares 04, the ~~ TR - --n-, - - -- - --- - --i~l KOblOntst Ya. P. - "The Illmination graph aal its Im In hydrographical and navigational work," Probleu7 Arktikit 1948 (PublIsW in 1949), No. 3 P. 3741 I SO; U-4355t 14 Aumat 53# (Lotopis famrul lyqkh Statey, No. 15,, 1949.) I rT 18A 4 KOMMS, YA*P., kiladetekhasnal3k American maps of Astaratt". tutors, bluBov.antark. *top. no.11i 3?-m 159. (XMA 1315) L Arktioh#okly t astarktichookly nauchno-ImeledovatellsklY inatitlit. - (Antaretio MIGUS-vape) ZDBLXM. T&.P., kand.takhn.nauk 'Tant'shodO glacierse, Inform* blulo Bove antarko skep. no.20:43-" ,60. (MM 1399) 1'. Arktichooki3r I anarkticheskly nauchno-leslodavatel'skly Institute (Antarotto 33ogions-Olacters) U jWf4ot Of the OWIggstim of ths Antantla shelf Oll MW do"IOP=t of SUGIWS "SabWOUS Into WW blul. Bm =Urks'sklp.. 160 nos21120-3 (XMI 23:10) 1, Arttlaboldy I mtftktlo%"Uy g&=bxwjs*lsdov&t*lsldy, lastituto UPjp kaW#tokhn4n&uk Mapping of Astarotios, by foreign mt&t4s' &rIng the Int*rnatlon&2 Geophysical lear. Infom. bluls Boy. antarko skep, no*22s53-56 160o 1413) I# ArWohomMy i antarktiaheskiy nsuohno-issledovate2lakly institut, (AnUntio regiou-Maps) XOBLZM. jLt WAotokhn.asuk Piscout data an Us coutimtal shelf on eastom Antantua. Wq6. ,blult Soy; antarko skopo no*23i39-4 160* (MPA 24s5) I., ArktichookLy i antarktichookly natfohno-tatledoratel fakir Institut. (Anttntio regions-4asan bott~u) 101, XOBLMM U Z., "e"kholabookikh saukj 13=133VO 1**B.p SLOW 80UMdaU Camp in tM poolUom of the Losam WWI I* a an "Poe ld"lk* blals ftvo antOrke *UP# we 241049 )60, (mnA um 1. ArkUaM#W I antokUdwakly amobw-loslaUvatelOwdy Institute NW& Und -Ikpa) VOROIJOV o P.S. 9 kandagooUgo-misoftloglobaskikh nauki NDMZM, YA-P. kud,tokhnichookib on* voing the drift of Umbergs In sta4ing the relief of the AnUntic obalf , Informs bluls Soy. antark. *bps no~27s9-23 (KMA 14t7) 1. Ikucbno-is#W*vat*llsl4y Institut goologii Arktiki (for Tormov)o :2* ArMahookly I -antarktichookly nauchno-isslodm- Ullskiy in titut (for'loblento)o "gions-4lubmarine topopapby) Charaotartaties or the ocatjrwtj~al slope and fl- of -+s Antarctic mitionin -the &mith" Oomm. Ittform'.blul. Saw.antark-okaltao-4303- 35 163. 1~11 t. !kft 17 11) 1. Arktichookiy i antActicheaki,$' muhno-Issledavatel'shy inaUtut, I BZLOV., M*I*,, doktor isto naukp at* naucbn* motro Prinimali ucha- stiya KUZMMVA, V.V.0 nauchn. sotr., insh,-kartograf; SHPITSBERGO I,P,,, at. nanobn, sotr,j IARIOMY, A.L.; KOBUWS, Ya.p,g at, nauchn, sotrl OKSZNM, To.l., red. First -Russian Antarctic Upodition, 1819-1821 and its resultant navigational chart] Pervaia rusaksia antarktichs- almla skspoditaila 1819-1821 gg, i es otchotnala naviptsionp- naia Urta, Ilod red, M.,I,Belova* laningadg Izd-vo "Morskoi transport," 1863, '164 pe (MIRA 17s4) 1, LoniWado Arktichooldy I antarktichashy nauchno- isslodovatellakly institute 2. Arktichooklyl antarktichookly institutp looningrad (for Belovs Xuswtsova,, loblsntg)~,- 3. Institut tooraticueskay astronmii AN SSSR (for Shpiisbirg).' 4* TSentralltWy musey Voyomw4forskogo Plota SSSR (for Larionooft, KRUCHININ, Yu.A,, m1adshLy nsuahr4y sotrudniks KOBILNTS, Y&.P.,, k". takhn.nauk Dynodas of the Trolltung Shelf lee. Inform, blul. Soy. antark.tirsp no."t49-52 163, (MIRA 1714; 1. Arkticheakiy i antarktichaskiy nauchno-IssUdovatelskiy Ittstitut, NOBLEIM? T&.Pj lOrPTKZVICH# U.B. Uniformity of projtations for general wpm of the earth's polar regionse Probl. Arkto L Antarkto no*17866-72 164. (MI RA 18 XODWITSO Ya.!,., kand,t4fnsnauk Maps cf tho Antarctic published in England In 1963. Tnform.blulo Sov, antarkookeps no*49*3*7-59 164s (MIRA 18s5) is Arktichosidy I antarktiobeskiy nauchno-losledov&tallokly Institut, KOLUNTS. Yja?, Tho am"llne of tht, Tenth kitAmt;o Lcj*dltlur.& Lformakluls.%vo antarkeekspa nvs52#(&Oj8 165* (MIRA 19110) KCROMVICS, T**S.# kand, pogr. naukjjM&LLZM,-U,P., k&W. tOIC11,16 nauk Regulating the twainology of 04 relief forms of tho shelf Ices of Utaroticae Inform, biul, Sov,.antark, eksp, no* 53t 1650 I* kkttcheskly I antarktichankly nauchno-Isslodovatelskly inatitut. Outuittod Jan. 27j, 1565* KM WS4USMt A,I. sipifi"noo of aliwLma FIWUGOO Kbjao mW., 38 nosN23 (KIPA l3sV) t No 1#0 z0ant if Sol xQuIrSANIMO 3"*troftrd1qmpJW mW pbosomtj"br in tbm dl&Msls of defeats of the Int*mtrUl septus, Ond, Mir, /# no,,V2449 '14.7 1626 (Xvt& 2512) 11 Le mur V%OTW4&ajqb ( nt=b; IMAM dlys upmrs t 1 'a Ymb~7 10* nach A, supriyanow) I k1j!n4W4 deTtild vnut 11"ho - Prof. N. 1. BavitakLy Toyearlo- mfttslmkoy ordens loalm akg&nii, juni 8, W, jjrm, Adres avtoms LeslugM L4,, pvs . larla K"k"t d. 5/20. KUnika d2y& wenrobewtvavanba vrawwy, (mnm YALU-SMKW) (n=t OAM IN) (PIMOMM) Tm ,-TA 77 lmwv~- Now R6, N 9 04i"My 913 so= USIATUAU, B.O. -. UM M-NIUKB* 0.1.; UM10YA. L.A. Action of vineral nutrislon on pbolosynsbefle In &lw- flalcia"t. lOtl9?-W9 155. 1, Wedra fistalogil raskentw Xoskwvskogo condareftensoP uAlveraltets IN, Me umonosvm6 (PUats,, Affect of ulnerals on) (Alga*) 1*0 MWAW IL -*Ktw4) it itlot few" 6 wimml setriawto V"o W. was det "a tam" Ow b6oansao), L= I Wj~ MWtut4q" SAS dNW' by A= ad us IV= tht 04, x4od" A-avasso (Ii Paw beu "k I so 0 5 we 0. wwo ' , X &a4 w*h abovot to "AA owu"q N, " tho WkIb 1-3 vw#.A~ P ad wkb I mg. 1. Yo. Cu arW Ma lowl ou ipoot, ioft- errs th ChWW4,1w cwwisoof (1J) Cie. beA With N. wim 29 wit. U P. mod with a we./I. Fir If p4w Wo Rmh 0 WWI No /I. Cm am] with I me A M" "4 wwe In ARCIPO WjWQ a W,1141 NUtfif-MA lW-W j0t~l in r,06-5611 KWS awn. W V* 42. r 6 CAOMSI stic J-4wo ftm-WAW io Vol"& colawo I with towleO, vvkth &140b~wtoillm 40 1 as a N) vat pultot k4r I aod wich r (11D me A ) wil kv u W'M 4o"1 ph)v*6%kI4o Ft (3 vt A me A.) Care the tluw CsKt (s pyou. wia Ir (10 wj./l ) todus (I o*Ao th" Fe, P, vA Me dmmq4 an p4odk*ml 4;z am omrth A them sahw as". A W. Valy AV=: KObl4nt64dW**O, 0, 1, 20-(Pw38/42 TrMS: produblon of fbs%o Vw fteltia, in -Uw SprW lrlnl9k5*55n(O'np"oodWcotar'll'-wf#istowpUnnktuoda I nywo-"ped~Ur obuti TLIkhogo obam vasnar IZ5g.). MWDM4's Doldwtr AN OW WIN V*U U6j. Rr 6v pp. 1029.W2 (MU) ANTRACTe' The 'at the prUOrf p-oducsUft begun in autumn 19511. war In SqkPAM 2$55 on boaW of Ww expedition,shIp ~fta jvftvl~ TW tmoiUpUavi tdomMA &xWmW con the mw %Mai haffstle's-,indw ot~ soma aonditiomaln the Gout-4080-* 240" tit- 4M `IkUpUalfta befors the t1m of. tm- 0014"Im - -*WWV64;IM am% oduati" Moved the ooset.,. 169W of~ (fism IT, In the ***as" so" d,tba,, 'ths'prodactlos of the PI mrj&,W. I" -v*vV'2vii ~"W' UW' LU I" In tm Water at VIS lato.4110 lvwela* InAbo-l'i" 6iml am -In Oe avatbars ocoanis sons it ww *=mMt ."V"0 "t& donsarm, WO safteewpatere During va saw" variatLan of the Mob dUUmtlr Mat one appeared war Ww aout allUom is as cam IA vhm tM groduation us klgWo ft-6-38/49 Production of fbrtopianktou In Mw NorthAostern Part of the PmUis in the spring of wes washed off fron the photosynthetic layer to the lower layers aW perished there becamis of deficiency, of light (figure, 2)o ComsequenOr the Im stability may be comidered as primipal cause of the par productivity- of the oceanic boreal toome. Simultamously the deficiency of biogensom elements, toop "pecis,1W that, of the n1trogenp organic compowAs, of the type of the iron or other growtb. substanass# as well as the difference between the conditions of the extirpation mw VW a part* There are 2 f1gurex,, and 6 referencesp 2 of which an Slavic* Fmam: Jim 261 19571 br TA, No ftvlovskirs Academician- SUMMrMO September 940 Xq5?. AVAnA=; Ubrarr of Congresso Card 313 3(9) SOY/2o-WC6-16/45 AUTHOR: Koblents-Mishkel 0A. It l TITLE: oftbution of Some Species of Phytoplankton in Conneotion zb I t~ With the gain Currents of the Western Part of the ~;Pcifio (Rasprostranentys askotorykh form fitoplanktona-v ~kl ast a oanovnlmi tachaniyami zapadnoy chasti Tikhogo PERIODICAL: Doklady Akademli nauk SSSRO '1950., Vol 121, Xr 6# pp 102-1014 (USSR) th ABSTRACT: In July - September 1957, the 25 expedition of -1110 expedi- tion ship "Vityast" of the Institut Okeanologli AN ;!SSn (Institute OfOO~~hO9fMft AS USSR) was carried outs this was the first expedition of this ship In connection x1 -17 the International Oeophysical Year. During the whole ;p.i0ditiong the quantitative composition of the phytoplankton iis inves- tigate4* The samples were taken from a water column 0 - 100 a. The route of the expedition -vainly included the M-71ical biogeographical region. In the northern part of the route# the zone of fusing.of the waters of the boreal and tropical tones was investigateds The following currents of 17,9 tropi- .Card 1/3 cal regi.on were investigated: Xurosiop Northern =-Toon Cur- BOV/20-121-6--16/45 The Distribution of some Species of Phyto;plankton In Connection With the Main Currents -of the Western Port of the-2acifio rent, the Intomonsoon Currantp and the Mindanao Current. Some boreal species were found in the son* of fusion. The most northern stati8a where a really tropical flora0was found was situated At 36 191:6f nothern latitude and 147 450 of western longitude* Pyroolotis pa*udonootiluca is the most characteristic species of the tropical region. The distribu- tion of some species of;al#*e in given in a map. The species found by this expedition say be subdivided into 3 groups: The first group comprises Foxiaulus hauokil and Rhisosolonia oalcar-avis w'hiah are distrIbuted mainly In the Northern Monsoon Current@ Astordiamira marylandioa and Corstooorys horrida, hav*a similar diotribution. The second group of ,species (to which Pyrocyatis hamulun and Chastoceroo coare- latui bolong)ln found in %he lurosio Currentj in the zone of the interaction of the Hurosto Current with the Northern Monsoon Currento in the Mindanao Current and In a part of -the Intermonsoon-Curront. The species beloncine to the third group and their distribution are then mentioned# North of the 'Western part of Now Guinea, near the shores of Japan and Card 2/3 near the shores of the Solomon Sea a noritio complex of phyto- BOY/20-121-6-16A5 The Distribution of Bone Species of Phyloplankton in Connection With the Main Currents of the Western ?art of the Pacific plankton was found, Thar* are I figure and 2 references* which are Soviet. ASSOCIATIONS Institut Okesnologil Akademil nauk SSSR (Institute of Oes"DgrqWAS USSR) PM211TZDs April 23o 1950# by As As Grigorlyev, Academician SUBMITTEDi April Sp 1958 Card 3/3 SOY./20-122-6-17/42 AUTHORSi Sorokin, Tus It# tobloota-Mishko, 0. 1 TITLE: The Primary Production of the Japan Set and of the Part of the Pacific Ocean Near Japan In the Spring 1957 (Perviohnaya produktaiya Yaponakogo xorya I chasti Tikhogo okeans,pri- legayushchey k Yaponiip v0snoY 1957 go) PERIODICALs Doklady lkademii nauk SSSR, 1958, Vol 122, Nr 6# pp 1o18-1o2o (USSR) ABSTRACT: Yrom April to June 1957 the expedition ship OVItyasIft of the Institut okeanologii Akadenii nauk SSSR (Inalitu*thr Oceanology of the AcadazW of Sciences USSR) nailed on her 24th voyage In the Japan Sea and in that part of the PscIfIc,whIoh Is near .Japan. During the entire voyage primari production was in- vestigated in a water column under I a of the surface by the radioactive carbon method. The results obtained by a provisional qualitativ* evaluation of the phytoplankton col- looted (carried out by V*Y* 942NOGI)o made it possible to compare the phytogeograpbical characteristics of the waters tnvestigatedo The region investigated may be subdivided into 4 partst Is The va-stern part of the Japan Sea. 11# The eastern Card 113 part of this sea. 111. That part of the Pacific which In located BOT/20-122-6-17/49 The Pxmory Production of the Japan Sea and of the Part of the Pacific Ocean Near Japan In the Spring 1957 north of 400 north latIjud*. IV. The part of the Pacific which Is situated south of 40 north latitude, Part 1. - the waters of the cold coastal current and of the chalistatic region of Aho Japan Seat Is Inhabited by arotio-boreal and boreal forms# In part It# in the cold Tousims-ourront, also tropical forms were found besidas boreal ones. Port III in situated in the zone of mixed waters of various origin: the cold Oyasto current and subarctic waters, This part III characterized by a ;ariety of distribution of the temperature and the salt content In the hortson4al.as well to in the vertical 41reation# Some "cold spots* are places at which water rises fron the depths to the surfs**# The phytoplwkton of this region consists of arctic-boreal and boreal forms. Near the Island of Hokkaido M at masses of noritic species such as Thalassiosirs Nor- danski5ldt develop* In part IT the species which characterize the mixed phytoplarl6on sons, prodominatoo Data conoornina - primary production and the conditions of observation are given by a table, Primary production varied between 2 mg and 5 g of orginio carbon, which was produaod in the water column under Card 2/3 1 m4 of the sea surface per day. The causes to which those SOY/20-122.6-17/49 Tb* Primary Production of the Japan Sea and of the Part of the Pacific Ocean. Near Japan in the Spring 1951 differences In production in the various regions are due are mentioned, The authors thank V. V. Zernova and V. 34 Italevanov who assisted In the Investigations discussed here, and they also express their gratitude to the hydrological and chemical collaborators who took part In the 24th voyage of the"Vitras'", There are I figure, I tablet and 4 references* 3 of which are Soviet. ASSOCIATIONt Institut oksanolosil Akadeall neuk SSSR (Institut* for 00#ano logy of the Academy of Sciences)USSR) PRISINT ED t June '5# 19501 by A. 1. tursanov, Academician SnUITTIM: June 5t 1958 Card 5/3 '111-Z all 1 vat pi of. a I fill, fit hilt I. Ing fir Ij ig p f if VAs; otvo r9d;j m0; saam rido (VAterials on ocossograpUe reseanhl resswah eldp *VitUs"t half" -Oasanp Oetober 19% ON Aich 1939) Haterialy na3m-debeskAt U$WOW.' VuUk A pditsdaume sadno *Vltlan!ws TMU oksm akt 195860, wart 1959 go Xcmkft6 1065# Maktano 6 la Ulu) 1# Ake4mi" nook M. ImUtut *k"n*2*gU. (Pecifto ocem-nmima) KOBLINTS-KISHKB specific composition of phytoplankton w)d primary production in the northeastern part of the Pacific Ocean during the winter of 195&59. Trudy Inst.okean. 43il?2-189 161, (MIPA 1512) (Pacific Ocean.-Phytoplankton) 10BUNTS.-HIMS, 0.7u.; SDRCKINO YU.I. Pri&�LrY Pr*d**tiOA of the 004&n. Okeanclogiia 2 no.3s5O6.$jo 062o (KRA 150) WthodaUgla problam uncerulal roseatth on priffAry oo*Wo produoUou. Okoamlogita 2 no-31535-539 162, (KM l5a7) (Phytoplal*ton) ......... . MR ~m2m.cww_ KAWOVAI MIA#; KOBLam4aze 0. 1. 1 PEE27is V.1i. ON Photasynthedis of marine phytopluktm at verims dePths. Ck&MO- -527 164 (14M is loglia 4.no,31516 1. InotItut oksmologii AN SWR* -Aft 9ft- 013ai6--. SOUWS CODE: UJVO020/66/1WUWU45Y1WJL AUTHORs kQU9 694Ushkea jk_%L12G1WA mt-9 ORGr none TITIE: Vertical distribution of phytoplankton and transparency in the northorn P.~A~~ of the Pacific SOMM AN MM. Dokl&40 v* 166, not 2j 1966* 459-461 TOPIC TAGSt photosynthesisp primitive plant# oceanography, microbiolqw$'botmW~'. sea water ABSTRACTs It has been found that the dependence- betwesn the quantity of phytoplankton, mid the turbidity of water ii an effective Indicator for study of the vertical distribution of phytoplufton (G, A. Riley and H. H. Schurrs Bull. &Lnghsm Ocsanogr.-, Collection 179 Is 1959). The authors have investigated this problea further,, using data for 22 stations in the northern part of the Pacific Wean. It was found that thers aria at least Uuvo Vps of curves reflecting the distribu- tion of phytoplankton; 1) , -A uniform variation of transparency in regions with little phytoplankton. such as in the greater part of tropical and subtropical waters at all seasons; 2) a unifom trans- parency to the density jump layor and then a decrease and persistence of constant values with a further increase of depths characteristic of cubarctic waters in winterl 3) the vertical propagation of-trx*- Card _jjg UW3 _7777;~~: ACC Nki AP601U19 parency corresponds to the 41owdence of phoi0i"thesis' 'on Iii0t, This depandence'is described bY a characteristic curve with a subsofaco, ma.*d=; 4) a considerabii variation of transparency with depth* The position of layers of high"turbidity is related., although not Alwars, with the position of the density J=p ]Ayorse Their thielmess, re- corded with a transparency-mater,, smoti=ss; Is insignificant and does not exceed several centimeters. At the am* timej, the.overwheiming part of the phytoplarAon populAtion often is rolAted to-them* 7he detection of these la"ra is extromely important for the &election of samples for quantitative investigation of phytoplanktono Thir paper was presented by Academioian A, L. Kurtanov on 26-April 1965# Orige art, hasi 2 figume. UMS] SUB CODS: 06,,'08 SUM DAM., 26*45 090 Ws 001 OTH WWI W5, Card 2/2 EWT(I) ON ACC NAs AP7000250 SOW= CODC1 upiOZ13/66/006/003/0533/0342 AUTHOfts -901210LS-tmishke, 0, 1.1 QShAjWkiv, 11, Y# OROS Institute of OcoanaloAls AN SUR (Inatitut okesnologil AN MR) THU1 'Light mossut nts in study of primary production In the Be&%,/ SOURCts Okeanologlyst v, 69 no# 3s 1%69 535-542 TOPIC TAGSt photosynthesis# thermocouple, light radistiont o0eanoSrophy go ASTACTI The standardization of photosynthetic radiation mossurements In the a is the main problem to be solved by the scui-V=00 Working Group Has 13, 'This star4ardivation requires that the reoults,obtained should be expressed in energy units, This standardization can be achieved In two wayes (1) by direct wasurs- ments of energy using themptle- detectors such So hyd ropyrsoome torn 9 perholiamotereq steel (2) by applying the results obtained by the .use of photoelectric detectors (different types of hydrophatometers) for energy co"mtotions, 7ho low sensitivity 0 the thermocouples and the great range of spectral sensitivity are the main detects at' , the first method, where" the difficulties of converting light*units to energy units dearoamos the advantages of the second methodt The use of a standard coefficient for the latter purpose (as Is proposed by Sam authors) does not yield adequate results# which bom--s evident from & comparison of the coefficients obtained at different depths and in different "a of vatero A more precis* way Is to use 'Yerlov's optical el~ US* of Y*rlavts tables FAMS clo4al cation$ but this requires Sam Improvements. CWd - 12' t=t M-W7-2& 27"71 ACC M AVIUMAW it necessary to sundardise light mosaux in the spectral sensitivity of do detectors. vorklog group No* 15 has recommended a further Improw nt In the M~thO" of both direct jw"u~ntB Of MTV &M Its C*Icul&tiPn using dst#. On illmln&tiO"- OrIS. art* bass I figurso 3 formul" and 2 tables* An=$ 37#0W SUB C=$ 06j06 SUBM DAT&j 14 Sep 65 ORIG Wt 004 M,, RV$ 011 2/2 ABOLp L.A,# rad.j MtOZHZHIXAj T.N.p red,j WOLENTZ,.Z.H. lln the forests of the l(crthern Caucalual V lexam so- vernogo Xavkasao ~Momkvaj 1964. 27 p. (MIRA 18:7) Is Moscove TSentrallMy mobno-l"IsdovatelOaly Inatitut informataii i tokhniko-ekonomiaboakikh IseledoyaMy po I*&.. noyp -ts#llyulo&no-buw0mqyO deaev obrabotyvayusbeboy pro- :qshlemwati i leanomu khoqsyotvus WBM# Kf 'Utilization of ashes from thermoelectric power-with special regard to the electric power plants In SloveniatO P. 320 (Nova Proizvodnja) Vol, 8, no. 5/6, 1957 Ljubljana,, ftoslavia SOs Monthly Index 6f East twmpwm Accessions MAI) W. Vol. 7. no. 4,, April 1958 LAZARsM.; RLMEL44EDVMMP A.I_LOqpj~q SUMACSIMO Respiratory center of the Ljubljana Infectious Clinic, Reviev of its activities from the establishment to the present time, Zdrav. vestin, 33 noolOS287-294, 064 la, Infokoijoka klinika medidnake fakultato v tjubljant (Predstojn1ki profs dr, M. Sedjanic). VOROBIM S A## profol KRUMINA, Ao'P,t kand. selliltokhoso muk; iMumv, V.Gq kands seltakokhoso taukj VIOZMMKIr,, X.M.1 RUDINO M. ~Ivo) Yllj" TRIPIHDV 0 1 et, . kand. sel I skokhos, "liskokhos. nauk; KMALITEV, Shopop S t PAMMKO S.A. aspir"t a piran j cancratration Of.drop rotaUous. toulod*119 2? n**?t55-?O ii -.63. OaRA 180) MOV"Aaa- amandya 4 said- - - -t,;- --Vbroblyw~~Vmpenimo Lashakov)o No kW 24 clalv4y apaws pa -kar"Is Miniateretya sellskogo kbo- sysystva, T"shftskoy SM (for,- Vosassenskly), 3. Brestakays. oblastuys, sell skathosytystyinnays, opytrAYR stantsiya (for Win). 4* AdygayakLya ablastrAys sell skokhazyayatvennap opytnaya stantsiya (for Koblov). 5. Xrasn'odarokly nauabno- Issledovatiliskiy instItut sallskogo 'khoz"tva (for Yeflmov).. 6* Dapstanskiy naudMo-issledovatallakiy inatitut sellakogo khosmetva (for Naftalirm)*' 7* Ukralnshp sell skokbosyayst- ,vwmya &Udemiya (for Pwmoyuk). 0 0 a OT JIM I J I I M I I 0 a 0 v a 0441 0 0 0 A 0* A . , . 411 Of I" POOS 0 34 Doha" smWN"" 0 mw "M repo, 1 "by 11-1*m 10. 1 tame 1 see of) lie so a 9, 17 06 ; fe 004 so on #toast dw, 614 see Soo $00 TINTO p w 0 -1 .0 a to 004 0 : 0 so so C so 00 00 as so *00 F Oe 00 1 1 1 003, ...... '(Pat$ Inul. coom*l, IN isof 1"u 600 i so 4 . a ilt~ ." tw% :ml .00 ( owoo4ttir ,O I I 'I ( too 00-3 *Who.* 46. tn't 1 1.#. . o 1 I 4 *0 w . m" 0 Ike" l too sell goo go lo ts* mul I L. ,is I la. I * i Ike# l ire a l- .90 eat a" 1 fA 00 6 a 0 4 0 0 0 0 0 0 a Ole 0 0 0 0 a 0 * 0 0 0 0 0 oTm 1 0 # 0 0 0-0 s- 0 0.2-- 1 "'..9 o9$ of goo$ 0 0 060 be 612' "Wooda" ow No id eum 44W. = CIA. 11CL ebb Whis OW 6v lie MW4 - , .I I OW few" p two- U- ebb AUW weg AvAddif 0 Uo" am teas pW*qW :44. (;fou 1 0" Crfilmw pp 40,141011 Almr 4.. A@". ak*tfvo (I" m q anallum at the A L brat of on I a - im. mW tv- ma"ll of a I , ~ Saw ed-of *16wor-WW"A " 4mas0 el"s. (IN OW bmd.7111(~ ONVM is". thr ft"Wror 0 wb some lbrinalkil" browwro &Otbpm*ir OVA ~ MMA boo i ---cmL b4ab thrash "a IM, M OW "I"v leer 4014, W V. rbm#p- otok an 6-PhA sbmkW The I*nv%** A" lbek p 'Il 'to, -M C"Wpw*4 OW pliqlg ~ im obb ,Mwghte H. %40NVVIN~ mm Wn X*KM Uk" (1111alk MU Goal VISM Coshoolove Mp.e 19800 "1o 280 SS-466 abstro is Ohms Abstrq 1f619 "1* 48, OW), the doalityl $hmmeml analysis (Including analysis of Ow ask), best of coalustism. and results of a eakim 9064 of GAIMP166 Of ll*rg*-OMO N&SkMit# are CITM, da ShOU419 of M preportleet the samole to alsmattled as on the bertarlize between aftshrmito at s"I.,bitumisous asolo Besides Us sold sommostol, the ask ontalsod vie fit ad relatively urge momt$ of To photogirophs o0 IS41144d shMag the leyesso end their possible origft Is moldored# Vablas oomporing the prepwiles with those of other mthfteit*o are gives. 046 eve to 00 IL A 00 *0 sea I fier see oft% W) LZ - 000 Oet be mailb ~&Z %a"Imffiffi *0 mum q;wG`=lxdw 0 see 0 : see #00 004 09, )!:0o 001 .000 see see 000 too -1,-j 71t fleees, 464,000000000000000 be 1 0 Dos, 00409,90-000000000*0 -- --A 0"O Me 'g- *a;: 6 s' go ado me 0 1. A 1 .0 Aw f I VIA I I A A f jivio% I -- qa~l -,-, - , off Iwo" doom 66 mew lag X KAVIAS ood as* **d not 414101 of sea go, :90 000 too see ago a ec1&t WMAL W1441%ft CLANIVICA"m 00 6 Is 1 60-6 ago 00 iv 416 at* 0 0 0 90 9*0900 *OTAA WIT I f A, 4 a " q 4 a L 4. , I f I I I - III-Illks A A lid' 7 f CbedmO" CWN AftwowW, Owl "031--mmawb a PAWO C".1. A. 090 Jose ow a0 00, SOS, see oll 7- 4,)w,li._.T._i_i___i So 00 to '04 lot S, 00'a 0 so * o f o 0 0 0:00 'fooll 0 0 0, a 46 0 0 * 0 0 0 0 o 0 *1* o 0 o 0 o o o 0 o 0 o a 0 0 0 a ~ 0 4 9a SAN ~m 00-0 oft 3-A .of Poo too lot one oft." 010 **1* 0 fs 0 #..*1* 0 016 0 0 0.0 0 0 0 0 0 0 0 0 Of ICA 00. 04A 0 s0& sod 00'N #046 . . 44 11 0 to 006 of 0 a 00 0 0 :16000 . .1 10 'o see 000 see Seib Soo 000 Soo soil god 0000006 t ~Osvi 0, 1 ROOF Mea so Mo ow ~~000-60 -000 Me* We'll: ~Geee 00AU sea 004 004 004 oew '00 'POO di ft woo 00 :00 goo sob Soo POO goo 0"10 O"Of _w0i is -*A# we a 0 I-F DIPAO09 st-sirt-I boo IL f1cm 0M) Ma'. Wtlcm( Swa-limbiek. mat 6=44-m-11 w fum. fto the 0 Do - -1SA* P" sepia. Im 941 0 "CR "Oh 104W AM. m dkdmi*OWIW cd lic ad "Aw ed I mvdk%W. It "d 0 bw~ "ambal. TOW awal =&C. be I atem tbff wwm. bgo so a I CN ob b low b WAS 7--z. oil 0 -4 1 11 G so 44M a 1 0 't,11 0 0 0 0 0 0 6 A 0 0 AL Goo**@ AL Sao goo as@ foe lose rwoms sow lr*Adll*. woo Batik womildo c w Hex aw OM am ON 00*8% med Ir worda all 41W Wissills" govio Gomm" w . atilt . Tw 9111141111. AGOF- 01" "Wild mistaw (N x 112fit 10-44'q. bit ww. Hbw est.) 7-loV.- H'ar'r, Met Im Ir" MA14 Slow 4AW low,. u4sw W& is fir, N VC13 a mmlw S-rip. makbol-malo, I ask L . 111111, &A 19*0 lj?;. is The nw. IM; Flow" 0^ 01flar OIJ 4#,. VA Obir " 13jWj. a 43JC*. he smiL el ad em I* tnmhrJ hemsms. Twilm"Irbqw4lim. .I '4w 0 mWO row -mm", we I a wbich an Web I* at Joao lis #I 1XIM1901 0.4" b" 4kly;;""6 *&If 6ftl .4110 a 026, WAMON (*W*4%~bw )i P.. ;47w;~ At pull. I.Fi 00 4d SAM, in olbsew (Lem Ctowwv 0 OAOI bwf~ 40 o"". %V IN so. 114JL "dow $&A*. robaft W O.J& mnlwd om maw ljwt. A. Feb" "Woo" lrbswo-l"w- 10 gifte jl~ 4d veqv tnlwAw mom. I w W. OW" jbp to 4 WANY UTOW off Mfg.wa (Pat-* prt--q fA 46- MIS . I to 4. 0 4jI0M --No t "m. Aromoba. *wA drow " 41 $Wwabkbr* ow ship onto, #&NMI 0 *.MA4%1 Not's W Obw EWA MW l ow I a" d6wv*wa FW16" 04wr 40 ow'c*v b ftv"wav. )a* 3wil LA u,,, ".-d. ye~ ks Ob OR Wl cZ=cqWvAXjA gulan wA AniwAl X&Phology (Normal MA 0 patb6logicea). I*tboU MA TO*Wqvss Of Au zow I paf Zhw~ -.1jologils, yo 9.. iW, No. 40692 Autbor I SUPWIki ItLutild, Le Ivat Title I wot Sims An moject Holder of ib'd Jdm-6~.:for Ulirs-Thin Sootlow Orig P01) I M Orfolsi 19"p 3. No 3) 272-IM . Abstract t No abstract glyon 0 ard 1/1 OZECHOSLOVAZIA LUXES I 1~ XOBLICOVAO ZI BLkHAq X. Laboratory of Heterocyclic Compounds of 'the Czechoslovak Academy of Soiencest Prague (for all) Prague, Collootion-of Otachoolovak Chemical Communicati. Vol at 19630 pp 2102-2197 "Og the Resotion of Angel-ioalaotone with Amines.'" KOBLICOVAp ZO; 3n=Aq 9, Steroid derivatives, Pto26* Coll Cz 29 no,5tl273-1177 Chas IV 164. L Research Institute of Natural Drugs, Prague. R. jdsc~&sodJjjqjWM,-hj BLAU# K. on the reaction of aagolics lactone vith &mines* Coll Cs Chm 28 no.WIS2-21" AS 163. I* Forschuragoinstitut, rur Natur-Arsuoiaittel,, Prag (for Kobli- eolm)6 2. Ustitut. fur organische Chaide und Biochemlacbep TacheaboslowakIsche Akadmis der Wissewbaften,, Prag (for BLUA$ Uroll KOS H!m"!tA Detemination of the absolute configuration of sabo acids by optical rotary dispersion. Chou listy 57 uo.11:1170-U79 N 16) 1. Ustav orpnicke ohmia a bloahealep CeskoelavensM skadwe vod a Vyskmny ustay priroknieb lecivp Praha. U(4) 9m1qe-V)-e-jp14o AUMORt Kob3lkt O.A.; Benjor O"rator T1TWi SiMMMt of'operstions of the Timrmsft TM"Ml crackuw units, (wash-offt PO ulvichshnira raboty ustawrok torticheskogo kreldsp) PMODICAM Wertyanik', 1959.. Nr 90 14 (UM) ABSTRACT t As the author ststss,, the isost crucial PrObUS Of Mry refiner Is mixing the gasoline Yield, - Alth&4ft aWricatIo"j, 2840 In the standard tM Of tWo-ftnw# arsaking =Its, resulted In a b1gher yIe1A of light petrole- = Products, thaY failed to 608mv the 7101A of Psolins vh1ch is theoretically possible. Therefors,, the prdblva d1sewsed by Upk1im and origoryan,, staff m1k. bOrs Of the M#bysb*v r0fl=M 4404M4 the attention of all refixors sagaged in thersal crackingo SMajency Uparts of the Owk refinery as" a thorooo stAA7 of wasurts Alch COUM lairwre the operation of tb& *wo-ftrmce era". ing units. A*Ae BeirWov *&, for Instance, a change in the wmber of vlat** and to tb* 4ssIP Of PlAt" InstaLled In the lower part of the 1~-3 cob=n. As & r4sulto th# GcMt*st Of the 905*0 ZP* gasolius, fraction in the light mrim Card 1/g Oar Tentative Impro"Mat - Oost,,) SM/9"41-10/40 arm" 8 perient, and in.heavy reflox 5 percent. At the &am tbw the throughput or the unit sowmed -3.5 percent. This result was achieved by re- ducing the content of stemst at the K-9 column vith the crude stock **dng into th* lam Part of the K-3 column, Sovsver,, the -temperature rose 320-325'9C due to the identification at tb# Uva part or thi aow winna. It disruptedi. operating conditions and increased the swoont or heavy fractions to the gasoline. There- fore,, ;senior operator Ve Donate mate a suggestion to bring the reflux for the K-3 accumulator directly to this accumulator, Instead of bringing it to the Ift Plate or the colwa. As a results, the fractionation and gasolize stability Is- proved. S=o further modifications In the flow chart vere also made In line with the $48608tions of A*A- Dearukow. It to hIghly desirable that cracking speai&:L- lists siMiss their opinion an the pertinent subjects in this periodicale ASSOVCIATICNi Omskiy NK (The Omsk Refinery) Card 2/2 A APOW HUNCI-BURS Ul/0413/966/0 OfO11917R97GIC TOT INVENTORt As N#1 Kellort 1. X,; Yelckbov, to V, ORO I none TITLEs Plun a pump# me" "0 NO, l8wo SOURCM Isob ~tsnliav promyshlounryie obrastorg tovarnyyo snaki, no,' 19v 19669 130 TOPIC TA081 prapq high pressure pump, engine fuel pump ABSTRAM 'An Author Certificate has been issued for a plunger pump (set rig# 1) o, v&riabio capacity with a by-pass for part of the high-~ pressure fuel atc, an overflowl the pusip,containi & rotar with' pistons moving an the urface of & tbrust washer which to coupled with the rod of a servosech nism' loo&t*d In a sleeves To decrease wear on the pistons and tb ust washer, and W-control the br-pass of the high- pressure fu*41 sto the overflovl'the busbing to provided with profile& apertures and he rod v1th out-off rise* Or1S* arte bast Ifigum CWd, _-Moot U002 ACC H14 AP60357-07 rig* I* Plunger punp I - Rotor 2 - pistons 3 - thrust vasher red sleeve profiled apertures cut-Off ria., m BUD conal BUSH, I)ATS t Igiundq Card 212 V, Ths foros of GOW*tltlon lhowl lt�~If- SOT-, PrOfsOl 158s (KM Ili 1) soclAust comptition) loumve A# r---o ra mlogilog p"I bas lives pat to mmratt on, Prm kowe U =As 36 is 158, (KMA 1111) 1. Dlroktor plavktollw**. liaosepa fiskml'twmb-qwtIvnW oboboho- Ova 'Iftarim 0 V a. naltner"S' (IWbp*&-9Vt"d*g pools) UOUNDY , AleksavAr.8memoviabl KA7ALOVj Anatolly Ga"iloviahl MOLINIMVp vmcwr leyrn-yenon; p Biy*# gerard-Im7tenowt yusti- tali, red.; IXVMo M.M.t r*d*j TDWPZMAt ReVep toklm, redo (Scientific and practical co~ntar7 an tbs replotion comming Mutm trubmul %&wbno--XUUebsskHkmanUAi i pd6shmiln o vomMkh tribmalakbs Pad rod. i s preftal. VoY.Borisoglabskopi, Isdq2ilp Ispre Foskyap Clossisdo" lurid.lit-ry,, 196L 78 p, (MIM 3402) 10 Prledsedatell Y4yftma7 ko13AgU Verkbormp Suda SM (tar Boriso- glsbmk#) 6 -(Courtw4wrtW &W courts of IDquIzT) 7=18gurm, Ism L'ToTlahj,.l4VJW# NoPot Met ZMOI, PX, OtTo so vmskt WMISIA, I.Ae''o Evoing pmetrossid relatoroad oonoroto In aoustrootioul pnd- varlsollao upriashomA sholosobston v stroltallst". txoskwsl 0-T0 noProltnoWls PolM I muchoolosall RUM 1939o mmWoo-takhMabookol propapady. Nrodo- vol apyt proloyodatTse Sortlat ItroltellotTot noel#)* (MIRA l3t6) SOBLIXOY# V., general-loytenant inshenerno-teMnIcheskoy sluzbbjr m.~ It is about you# aircraft UcWolan. Av, i koss, .45 noellsO-46 162. (MIU 15311) (Airplanes-Maintenanos and repair) XOBUXOVt VA 0 pner4-loytanot inaMnero-tokhniabookay slushby less our work is weativo, Vest. Vold. n. no.502-M My 161, (MVA Ut 8) lAirplams, Military-VAinummoo AW "pair) I-LITUS- -Geroy-Sovitakag-6-50yusa lotchik- HIVp V.S., podpolkovolks ispytatel, pervogo klas"j REBPJN# ILY.,, inshoww-kipitanj IOMJXOV I V. V. eneral-leytenant. Lmhomw-tekhaicheskoy aluabby; ;~ ~,# ~,,jMeral-leyteuant aviataii ~ The strength of the flyer Is in knowledge of combat uAtOrdi. Vest.Yosd,Ylo noeWI-111 Je 161. (EiA 2A. 18) (nisittraining) XMI-IX Uo.~,,gsn~ralleytsnant insh.-tokhrAchoskoy slushby ny wwallontly vithout an acoldent; Starob.-sersh. noo5ilS My 062 o (MRA 15:6) 1. Zamostitell glanokounduyusbohogo Voyenno-vosdushnyRi elloml. (Airplawsp Mllitary-4Wntonawo and repair)